Focus
This project focuses on developing a next-generation imaging system using terahertz (THz) radiation — a type of light that lies between microwaves and infrared on the electromagnetic spectrum. The goal is to create an ultra-fast, high-resolution, and hyperspectral THz imaging system. This new technology will convert THz radiation into visible light, making it compatible with standard camera sensors. The result will be a system that can capture detailed images of objects that are otherwise invisible to the naked eye.
Value
THz imaging has the potential to revolutionize multiple industries, including healthcare, security, and materials science. This technology could detect diseases earlier by identifying tiny changes in biological tissues. For example, diabetic foot syndrome—a severe condition leading to amputations—could be diagnosed much earlier, allowing for timely treatment and better patient outcomes. By improving imaging speed and accuracy, this project removes current technological barriers and unlocks new possibilities for real-world applications.
Current limitations
Currently, THz imaging is limited by slow speeds and low resolution. This project aims to overcome these challenges and set a new standard for the field. Looking ahead, advancements in this technology could lead to:
- Real-time medical imaging for hospitals — helping doctors detect and monitor conditions faster
- Non-invasive security scanning — offering a safer, more effective way to screen for hidden threats
- Smarter material analysis — helping scientists and engineers develop better products, from advanced batteries to high-tech fabrics.
Expected results
By the end of this research, the team aims to develop a working THz imaging system that is:
- Fast — Capturing images in real-time instead of slow scanning
- High-resolution — Revealing fine details of objects
- Hyperspectral — Identifying materials by their unique molecular "fingerprints"
In the long term, this breakthrough technology will be ready for use in medical diagnostics, industrial inspections, and security applications—bringing THz imaging from research labs to real-world implementation.
